Synthes 304.511 Ti Unreamed Femoral Nail Specialty Locking Set

Synthes 304.511 Ti Unreamed Femoral Nail Specialty Locking Set

INCLUDES:

• (1) 312.05 12mm/8.5mm Protection Sleeve
• (1) 312.08 8.5mm/5mm Drill Sleeve
• (1) 357.94 5.6mm/3.2mm Wire Sleeve
• (1) 357.96 3.2mm Trocar
• (2) 357.90 5.6/2.8mm Wire Sleeves
• (1) 357.91 2.8mm Trocar
• (1) 357.97 Dummy Nail
• (1) 357.92 Miss-A-Nail Jig
• (6) 292.68 2.8mm Guide Wires
• (1) 310.63 5.0mm Cannulated Drill Bit
• (1) 304.507 130 Degree Implant Tray
• (1) 357.80 Specialty Aiming Arm
• (1) 357.82 8.0/2.3mm Wire Sleeve
• (1) 357.31 Spiral Blade Inserter
• (1) 357.34 Connecting Screw for T-Handle Inserter

• (1) 351.28 15.5/13mm Protection Sleeve
• (1) 351.23 13/3.2mm Trocar
• (1) 351.89 URFN Broach
• (1) 304.525 Ti Spiral Blade Implants
• (1) Synthes Ti Unreamed Femoral Nail Specialty Locking Set Case

The Synthes 304.511 Ti Unreamed Femoral Nail Specialty Locking Set is a sophisticated instrumentation package crafted for the nuanced workflow of titanium unreamed femoral nail procedures. From protection sleeves to aiming arms, wire sleeves, drill bits, and specialized trocars, it equips surgical teams with every necessary tool to ensure precise alignment, secure implant insertion, and reliable fixation—even in complex femoral trauma scenarios.

Featuring precision-targeted instruments like the Miss‑A‑Nail aiming jig and specialty aiming arm, the set simplifies alignment during intraoperative targeting of locking bolts. Drill sleeves and protection sleeves are matched to both guide wires and drill bits (e.g., 8.5 mm / 5 mm, 5.6 mm / 2.8 mm), facilitating smooth transitions and minimizing bone disruption. The inclusion of a spiral blade inserter further enhances procedural control, ensuring implants are seated accurately and efficiently during AO-standardoriented/locked nail techniques.

Constructed from high-grade materials compatible with sterilization cycles, the 304.511 set is designed for repeat use while maintaining surgeon confidence in function and hygiene. Packaged together for modular case management, it reduces surgical preparation time and supports quick access to needed tools. For orthopedic teams managing intramedullary fixation of long-bone fractures, this set offers both robustness and adaptability in achieving stable, reproducible outcomes.

These surgical instruments have been previously used and show visible signs of wear consistent with their prior usage. Despite these signs, they remain in a usable condition, suitable for continued medical procedures.